Nonrefillable attachment



Nov. 22, 1938.

J. w. SCHIEBER NONREFILLABLE ATTACHMENT File d Rev. 1, 1937 3 Sheets-Sheet 1 coupling, holding and spout element or member of sleeve-like form generally indicated at I. The inner face of the element I is of circular form at any transverse sectional point thereof. The element I consists of a body part 2 formed of any suitable impervious material, preferably porcelain, but it is to be understood that body part 2 may be constructed of any desirable material. The inner face of body part 2 is formed of portions 3, 4, 5, 6, I, 8, 9,-and I0. Therouter face of body part 2 is formed of portions II, -I2, I 3,--I4 and I5,

With respect to the inner face of body part 2' the portion 3 is of greater length than the pordiameter and of less diameter than the portions 4, 5, 6, I, 9 and I0. The portion 4 merges'into the portion 3 and into the portion 53 The portion 4 gradually increases in diameter from portion .3 to portion 5. The portion 4 is of less length than the portion 5. The latter is of uniforr'ndiameter and of greater lengththan the. portion 4. The portion 6 is inversely flared and merges into the portion 5, but is of less length than-'portion-5. The portion 1 is of uniform diameter and merges into the portion 6. The portion I is of less length than portion 5. The portions 6 and'lconstitute shoulders. The shoulder provided by the portion B is inversely flared. Theshoulder provided by the portion 8 is at the junction of the portions I and 9 and extends laterally from the inner end of portion I. The portion 9 'is of greater'diameter than the other portions of the inner face of the body part 2 with the exception bf'the portion III.

The portion 9 is of uniform diameter throughout. The portion III is threaded as at "I6 and is prouniform diameter and is of less length than the portion I3. Thelatter is of greater lengthfthan any of the portions of the outer, face of bodypart 2. The portion of the body part 2 merges at its outer end into the inner end of the portion I I.

The latter gradually increases diameter towards its free end. e c

With reference to Figural, the breastlof the body part of a bottle is indicated at;2l l.'and has extended therefrom a neck '2I formed with a peripheral annular shoulder 22. and peripheral threads 23. The portion II] of the inner face of the element I constitutes a coupling means for the purpose of connecting the element to the neck of the bottle. i The inner face of portion I threadably engages with the threads of the neck.

Prior to the engagement of the element I with the neck ofrthe bottle, the threads on the bottle neck are provided with cement whereby when the element I is connected to the bottle, the connection is not only had by the'coacting threads but further by the cement. Furthermorethe usingof the cement provides-a" seal-tightconnection between the attachment andthe bottleneck and under such conditions the"attachmentcan notbe removed from the bottle neck unless'the bottle .neck is broken off or'theattachment broken.

There is associated with the element I a combined housing and fluid conducting element 24 which is positioned in element I and may or may not be partly or completely integral with element I. Preferably, the element 24 will not be formed integral with element I. The element 24 is constructed from any suitable material, preferably of a material similar to that from which element I is constructed. The element 24 is hollow, closed at its top and open at its sidesand rear. The element 24 comprises a forwardpart 25,g.an"intermediate part 26 and a rear or inner part 26. The part 25 includes a lower portion 28 of substantially rectangular contour formed with oppositely curved end edges 29, 30, a fiat upper face and side edges 3I, 32, each formed centrally thereof with an outwardly directed curved projection 33. The: part 25 includes an upper portion 35 rectangular in plan and of segmental contour in transverse cross section. The portion 34 is integral with the upper face and spaced from the edges 3|, 32 of the portion 28, as wellias-the edges of the projections 34 are inwardly-beveled, 'asat 33. The part 25 merges into' the outer; end'of part 26 and the inner end of the. latter: merges into the outer end of part 21. The edges 3|, 32 and projections 34 overhang theouter-ends of one pair of opposed sides of the part 26.

The :major portions 3'! of the outer faces'of'the said one pair of opposed sides of-thepart' 26' are" flat and incline inwardly throughoutfrom the top of part2! to the bottom of part 28. The face portions 31 increase in width from part- 26 to-- part 25. The remaining'portions: of the outer faces of the said opposed sides are upon a 'segment of a circle. The outer faces of theother pair of opposed sides of the part 26-"are upon a The part 21 is of uniform segment of a circle.

outer diameter. The part 26 is tapered and-substantially of oval contour in horizontal section. V

The element 24 is formed lengthwise thereof with a pair of diametrically aligned slots 38 which extend from a point removed from the outer ends of the flat inclined face portions 31' into-and to a point removed from the inner end of'the part 21. The slots have inwardly inclinedj portions disposed in the part- 25 and vertical portions-arranged in the part- 21- and in this connec'tion'attention is directed to Figure 4. 1 The-slots 38 de-' crease in width towards part-25 andconstitute flui'd'outlets and air intakes for the container." 1

The inner face of the part 21- ofelement 2 4'is rabb'eted to provide an annular shoulder 39 in close proximity to the inner endof said part;

The'inner face 40 of side or the element 24 has formed integral therewith a set of spaced webs 42', 43 and 44 which extend from the'shoulder 39' to a point in proximity to the upperend'of the part 26 of element 24. The webs of the set are spaced equi-distant from each other.

The inner face 45 of side 46 of the-e1ement 24 has formed integral therewith a set of spaced Webs 41, 48 and 49 which extend from the shoul- Gal der'39 to a point in proximityto the upper end of the part26 of element 24. The webs 41, 48,19 are spaced equi-distant-fr'om each} other. webs 42, 43 and 44 are'disposed in spaced alignment with respectto'the webs 41, 43 and 49 respectively. The webs 42, project inwardly beyond the'web 43. The webs'4I, 49 project inwardlybeyond the web 48/ The inner faceofthe part 25 of element is formed to provide as'eat 50' The ture. Wherrthenbottleiisirfilled first; the liquid:

for a globular weightingi-membento be referred-tot: The webs42; 43"and' 44 coactto torm'conducting-t ofi' passages as indicated at 51 i and 49r 'coa'ct =52. The webs 42 and 44 coact with theinner face of element 2 4-to provide conducting-off: passages The webs 411 48" tovprovide conducting-tori :passages: 1i

1 together.

53; The webs fl 49 'c'oact with-the inner face ofthe element 24 to form -condudtin'g=ofipassages J 54. The web 42 coacts with i the' web' 41 and the web 44 coacts withthe web49 to form conductingoff passages 55,-56 which also function as-guide passages for valvular elements to be referred to.--- The web-42coacts with--the-web41 and-the web 44 coactswith the web-49 to providewhat may be 33ermed arrestorsto prevent the revolving of the valve 'elementsto be referred -to;.-

When the element-24 is positioned within-the element I, the'ends of theflat upper 'face'of the lower'portion 28'of the part "abutthe shoulder =provir.ied by the portion'8 of the inner face of ele-" ment l. The'parts ZGand'2'lofthe'element 24 opposethe'portion'fl of theinner faceof 'the'ele' e1ement"2 4 being extended fromfthe'portion 9 or theinnerfaceof element"! thereby'providing'a pair of oppositely extending channels 51 ,-58 being common channels5'l', '58 open' into an airand contents each" to intakeand' discharge; The

These-valves; willireleasablyl stickz'together. recess-2.63 functionsxttoiiprovide an. air packet which? also tends ito releasably: connect the valves Under normal conditions when the con-' tents ofvsthe 1 container tare" being: discharged, the

valves 60-, 6ft bodily-lmove-together in unison, as

theyare releasablyt connected together. in. a manner aseaforesaidu Now, if a surreptitious attempt is made to refill'ithe' container with liquid after the contents of th latter have been discharged,

the liquid' will enter the groove provided: by the part 62= of valve'" 60' when the: latter is releasably connected to the valve 66 and as theliquid enters thgroovegtherush of liquid tends to exert pressure on'the valves -fillg-"iii releasingone from the other -and forcing the valvefifi 'which is the buoyant'ivalve againstits valveseat to' be referred to 1 andclose a the A container.

'Ihe'attachment includes'a valve seat formingelement' lifl which is inserted in-the-element 24 andbears against the shoulder 39; The element 69 is in thesformof an annulus indicated at 10 and thelannuluslha's its upper-face provided with an annular rib-fl I which has its inner face flush with: the inner edge o-f the annuluse 'The rib H constitutes a valve: seat --for the-valve 66.-= The valve seat iformingelement 69 is constructed of receivingsp'ace 59 provided by the "portions '4 and 5 of the-inner face of'element'l. The space 59 opens into the innerend'of thespout; space 59 is of a size-to receive sufiicient air whereby when discharge of the contents is had; the flow" will be-even due to the'necessary amount of air to theinterior of the bottle or container."

The element 24-wil1 beretainedin the'element l in a manner'ashereinafter referred to."

The attachment includes a non-'buoyant-con trolling valve and a buoyant" 4011Thenon-buoyantcontrolling valvemay be of controllingvalve:

theform shown in Figure 10-, or'the-form shown in Figure 13; The buoyant controlling valve may be in the'form shown in- Figure 16 or in the form shown in Figure 18." The non-buoyant control-- iz'ruling valve shown in -Fig'i1rel0 is-indicat'ed--gen'- I erally at B0 and consists body part 6! of a circuI'ar-dis'c-Iike having a depending circular-part 62 of less diameter than' the part 6|. '-The-p-art"62 axially thereof is formed with a circular 'recess 63-2 5m-.Integral withthe part 6|is a pair of oppositelyextendingears 64-disposedin 'diametric relation with respect to part Gliwith the upper face 65 of part are not flush with-the lower St. face of part Bl;

The ears- B4 are flush The ears 64" -..aThe valve is to be arranged in the element-1 and when so arranged has its ears" in the passages 55g56', with one eararrangedbe- 64- positioned =l tween the'webs 42 41 and the other -ear between the webs 44, 49'." Bma The buoyant valvular element shown in Fig ure 16 is indicated at 66 and is formed from any suitable material possessing a buoyant charac' teristic;

The valvular element fiii consistsof'a circular body part '61 of disc-like form provided' ;:With a pair of oppositely extendingears 68 dis posed in diametric relation with respectto the 7 body part 61." Element'GG 'is to be arranged in element 24 and when so arranged; it is inwardly of element Strand-has; its ears 58:ex'- 'm ttending through passages its. ears arranged between webs disposed 55,"-56"and.with 'one of 142; 41* and' its other car between the webs -M, '49 z- The elements: 50,456 bear upon each-other andiare' releasably." connected together when innormal= position. The; avalve 66possesses a characteristictto absorb mois-u" anysuit'ablematerial and the rib -"ll has its outer diameter slightly less than the diameter of the disc-like part 61 :of'the valve 66;

Prior to t'helconnecting of" the'ielernent I' to the necki'of.theicontainer, a resilient washer I2 is mounted on the 'edge l3' at themouth of thebottle; i

Withreference 1 to? Figures113,

tends to maintain the. valves 60, 66 or, l5 inabutting relation andafurther acts to maintain the valve 66' 'or 15 against its seat H.- r The element 16 is freely movable within element 2%. The weighting .elementcan ,be' constructed of any suitable material. With referenceto Figure 4 the container is illustrated'as being in a position for discharge of thei'contents from the container. The discharge froma container'may only. be had when the container is disposed at an obtuse angle.

With'reference to'Figure .4, the arrows H indicate the discharge of the contents andthe a1"- 18 and 19, the buoy! 14 at 15, the 1 non 'buoyant'valve element'is indicated at 14 and" rows 18 indicatethe'intakelofthe air. Wnenthe container is in the positionshown in Figure i,

the valves move in unisonfrom the seat TH and carry the weighting element 16 therewith. As

the valves andweightingelement move in an outward direction with'respect toelement 24, the weighting element will eventually abut seat 5i] and .arrest any further outward shift of the valves, such as is shown in Figure 4. When the parts of the attachment are as shown in; Figure 4, free and even discharge is had for the contents of the container. The-contentsare discharged from element 24 through one of the slots 38, while the other slot 38 is provided for the intake of air. contents of the container is through channel 58 whereby the intake of air is had through chan-.

. less diameter than the intermediate part and the latter is of less diameter than the inner part. In Figure 1 each of the said parts is of circular contour exteriorly. It is to be understood that such element can have'its intermediate part of a different outer peripheral contour other than circular and in this connection, attention is directed to Figures 23 to 38 both inclusive. With reference to Figures 23 and 31, the intermediate part B thereof has its outer periphery of a hexagonal contour; to Figures 24 and 32 the intermediate part B has its outer periphery, of octagonal contour; to Figures 25 and 33 the intermediate part B has its outer periphery square; to Figures 26 and 34 the outer periphery of the intermediate part B is of diamond contour in cross section; to Figures 27 and 35 the intermediate part Bhas its outer periphery of fluted contour; to Figures 28 and 36 the intermediate part B has its outer periphery of corrugated contour in cross section; to Figures 29 and 37 the intermediate part B has its outer periphery of star shape in cross section;

and to Figures 30 and 38 the intermediate part B is oval contour on cross section.

Preferably the spout of the combined coupling, holding and spout element'will'be .closed by a cork indicated at 19 and shown in Figure 1', but it is to be understood that the spout or outer part A of such element may be closed by other suitable means such as a cap member of any suitable form. The spout or outer part being so formed to receive the cap or have means coacting with means on the cap for 'detachably securing the cap in position. In this connection, attention is directed to Figures 39, 40 and 41 where the spouts thereof are indicated at 80, 8| and 82. The spout is of the peripherally ribbed or beaded type and the rib or bead thereon is indicated at The cap 8| is of the type to have its outer periphery formed with an annular groove 84 and the spout 82 is peripherally threaded as at 85.

What I claim is: V

1. In a non-refillable attachment for containers and of that type including a combined coupling, holding and spout, member of sleeve-like form adapted to be connected at its inner end to the outlet of the container, the combination of a combined valve housing, an intake and fluid conducting oif element closed at its outer end, open at its inner end and adapted to be positioned within, to open into and to have said end thereof abut aligned parts of the inner face of said member, said element being formed of a solid outer part of substantially rectangular contour, an annular inner part of uniform inner and outer diameters and a hollow intermediate part, said intermediate part having one pair of the opposed sides thereof formed with flat outer surfaces disposed at opposite inward inclinations from said inner part to said outer part, said element being provided lengthwise. thereof diametrically opposed slots positioned in said inclined surfaces and inner part and extending from a point removed from said outer part to a point removed As shown in Figure 4,-discharge of the from the inner end of said innerpart, a pair of oppositely disposed spaced sets of spaced webs.

having its'inner face rabbetted rearwardly' of said ribs, an annular sealing gasket for seating on the outlet of the container and against the inner end of said element, an annular valve seat forming member extending into said rabbet and seat ing on said gasket, an inner valve coacting with said valve seat for closing said element to the container, said valve being arranged between the inner webs of said sets and slidably confined by the outer webs of said sets, an outer valve for seating on the inner valve arranged between the inner webs of said sets and slidably confined by the outer webs of the sets, and a weighting means for seating on said outer valve arranged between the inner webs of said sets and slidably confined by the outer webs of the sets.

2. The invention as set forth in claim 1 having said inner valve possessing a buoyant characteristic, and said outer valve being non-buoyant.

3. The invention as set forth in claim 1 having said inner valve formed with a pair of laterally extending oppositely disposed ears arranged between the outer webs of .the said sets, and said outer valve with a pair of laterally extending oppositely disposed ears arranged between the outer webs of said sets of a length to extend into said slots when said element is tilted.

4. In a non-refillable attachment for containers, a combined valve housing, air intake and fluid conducting off element closed at its outer end and adapted for connection to and for communication with the container, said element being formed with a solid outer part of substantially rectangular contour, having inwardly beveled lengthwise edges formed centrally thereof with beveled projections, an annular inner part of uniform inner and outer diameters and a hollow tapered intermediate part decreasing in inner diameter towards said outer part, the said intermediate part having one pair of the opposed sides thereof formed with flat outer surfaces disposed at opposite inward inclinations from said inner part to said outer part, said element being formed lengthwise thereof with diametrically opposed slots on said inclined surfaces and inner part and extending from a point removed from said outer part to a point removed from the inner end of said inner part, lengthwise of aligned portions of its inner face with a pair of oppositely disposed spaced sets of spaced parallel webs, the outer webs of the sets projecting inwardly beyond the inner Webs of the sets, and said element being provided on its inner face with a rabbet at the inner ends of said webs.

5. In a non-refillable attachment for containers, a combined valve housing, air intake and fluid conducting off element closed at its outer end and adapted for connection to and for communication withthe container, said element being formed with a solid outer part of substantially rectangular contour, having'inwardly beveled lengthwise edges formed centrally thereof with beveled projections, an annular inner part of uniform inner and outer diameters and a hollow tapered intermediate part decreasing in inner diameter towards said outer part, the said intermediate part having one pair of the opposed sides thereof formed with flat outer surfaces disposed at opposite inward inclinations from said inner part to said outer part, said element being formed lengthwise thereof with diametrically opposed slots on said element being provided 1 said inclined surfaces and inner part and extending from a point removed from said outer part to a point removed from the inner end of said inner part, said element being provided lengthwise of aligned portions of its inner face with a pair of oppositely disposed spaced sets of spaced parallel webs, the outer webs of the sets projecting inwardly beyond the inner webs of the sets, and said element being provided on its inner face with a rabbet at the inner ends of said webs, each of said slots having an outer inwardly inclined portion and a vertical inner portion.

6. In a non-refillable attachment for containers, a combined valve housing, air intake and fluid conducting off element closed at its outer end and adapted for connection to and for communication with the container, said element being formed with a solid outer part of substantially rectangular contour, having inwardly beveled lengthwise edges formed centrally thereof with beveled projections, an annular inner part of uniform inner and outer diameters and a hollow tapered intermediate part decreasing in inner diameter towards said outer part, the said intermediate part having one pair of the opposed sides thereof formed with flat outer surfaces disposed at opposite inward inclinations from said inner part to said outer part, said element being formed lengthwise thereof with diametrically opposed slots on said inclined surfaces and inner part and extending from a point removed from said outer part to a point removed from the inner end of said inner part, said element being provided lengthwise of aligned portions of its inner face with a pair of oppositely disposed spaced sets of spaced parallel webs, the outer webs of the sets projecting inwardly beyond the inner webs of the sets, and said element being provided on its inner face with a rabbet at the inner ends of said webs, said webs being arranged on portions of said element disposed at right angles to the portions of the element in which the slots are formed.

7. In a non-refillable attachment for containers, a combined valve housing, air intake and fluid conducting off element for connection to the outlet of the container, said element being closed at its outer end and open at its inner end, said element being formed of a solid substantially rectangular outer part having oppositely disposed curved end edges and inwardly beveled side edges formed intermediate their ends with inwardly beveled projections, an annular inner part of uniform outer diameter and a tapered intermediate part substantially of oval contour in horizontal section extending from said inner part and merging into the outer part at the bottoms of the side edges of the latter and being flush with said end edges, said element being formed lengthwise thereof with a pair of diametrically opposed slots arranged in a portion of one pair of opposed sides of said intermediate and inner parts, and said element being formed lengthwise of said inner face formed with diametrically opposed spaced sets of spaced webs arranged at right angles to said slots, said outer part having its length corresponding to and its width less than the diameter of said inner part and being formed on its outer face in proximity to its ends with shoulders.

JACOB W. SCHIEBER. 

